![mw output on generator power world simulator mw output on generator power world simulator](https://m.media-amazon.com/images/I/912CTepVneL._AC_SL1500_.jpg)
You should assume that the system losses remain constant over the five-year period, and you need only consider the impact and new de- sign has on the base case losses. You should not modify the status of the capacitors or the trans- former taps.Ĥ.
![mw output on generator power world simulator mw output on generator power world simulator](https://www.mathworks.com/help/examples/sps_product/win64/power_PVarray_3500W_01.png)
The change in the total system generation due to the addition of the 200 MW in KWW generation and any changes in the system losses are always picked up by the system slack.ģ. You should consider all the generator real power outputs, including that of the new KWW generation, as fixed values. In a real design, typically a number of different operating points/loading levels must be considered.Ģ. You need only consider the base case loading level given in Design- Case1. To simplify the analysis, several assumptions are made:ġ. Write a detailed report including the justification for your final recommendation.
![mw output on generator power world simulator mw output on generator power world simulator](https://slidetodoc.com/presentation_image/3ea1e7880a81f3c1413deb784e704feb/image-3.jpg)
Hence, you should minimize the total construction costs minus the savings associated with any decrease in system losses over the next five years.Ĥ. While the system losses are not KWW’s responsibility, your supervisor has asked you to consider the impact your de- sign changes will have on the total system losses assuming the system operates in the studied condition for the next five years. In addition, the transmission changes you propose will modify the total system losses, indicated by the yellow field on the one-line. The parameters of the new transmission lines(s) need to be derived using the tower configurations and conductor types provided by the instructor. Using the available rights-of-ways and the transmission line parameters/costs given in the table, iteratively determine the least expensive system additions so that the base case and all the contingences result in reliable operation points with the KWW generation connected with an output of 200 MW. Without the KWW generation the system has no contingency (n-1) violations.ģ. Select Start Run (toward the bottom right corner of the display) to automatically see the impact of re- moving any single element. Note that the 57 single line/transformer contingencies are already defined. Select Tools, Contingency Analysis to show the Contingency Analysis display.
#Mw output on generator power world simulator simulator
To simplify this analysis, PowerWorld Simulator has the ability to automatically perform a contingency analysis study. This is known as n-1 contingency analysis. Repeat the above analysis considering the impact of any single transmission line or transformer outage. Assume all line MVA flows must be at or below 100% of their limit values, and all voltages must be between 0.95 and 1.10 per unit.Ģ. From this solution you should find that all the line flows and bus voltage magnitudes are within their limits. Perform an initial power-flow solution to determine the initial system operating point. This case contains the initial system power flow case, and the disconnected KWW generator and its interconnection bus. Load DesignCase1 into PowerWorld Simulator.